Heyy! look carefully at the start only we are calculating A first now A contains beta*M + (1-beta)[1/N] And then to this A Matrix we are multiplying r vectors So both the formula that is in your textbook and whichever I have shown in the video is one and the same! The one that I have shown in the video make work easy.... Hope it helps you! Share it with your friends✨ Best wishes for your exams💕
Good presentation
Thankyou so much ma'am
best video out there!
Thankyou so much 🤗❤️ Please share it with your friends ♥️
You are amazing bro ❤️
So are you guys for watching my videos💞
Please Share it with your friends too ♥️
Best wishes for your exams 💞
The first time when we consider Ri is it equal to 1/no of nodes ?
Thanks a lot!
My pleasure! Please Share it with your friends 😉
If we change the source and destination then iterations will be different right?
Iterations will be defined in th question, if it is not defined then do atleast 3-4 iterations. Hope this helps! Please share it with your friends 😉😄
In textbook v as a vector is also considered in formula you have not considered it..
Heyy! look carefully at the start only we are calculating A first now A contains beta*M + (1-beta)[1/N]
And then to this A Matrix we are multiplying r vectors
So both the formula that is in your textbook and whichever I have shown in the video is one and the same! The one that I have shown in the video make work easy.... Hope it helps you! Share it with your friends✨ Best wishes for your exams💕
@@ataglanceofficialcan you give a formula taking v as notation. Because in last video you have used v. Plz avoid confusion
please make video on son algorithm 🤲
Thankyou for your demand! I will try my best to make a video on SON algorithm before 11th May! Please Subscribe and support my channel! ❤️
Heyyyy! SON Algorithm and MapReduce video is out.... Please checkout here: ua-cam.com/video/hVQ7lOWczFQ/v-deo.html
Share it with your friends! ❤️
@@ataglanceofficial chad pulling through